Water level and air intake control device of multiple-bottle water dispenser and multiple-bottle water dispenser

Abstract

The invention discloses a water level and air intake control device of a multiple-bottle water dispenser. The water level and air intake control device comprises a top cover, a water tank assembly and a cooling cylinder. The top cover is placed at the top of the water tank assembly and comprises multiple intelligent bases, wherein intelligent columns are installed in the intelligent bases. The water tank assembly comprises a water tank body, multiple water tank floating ball mechanisms, a water tank water outlet floating ball mechanism, a one-way air communication mechanism and a one-way air inlet mechanism. The cooling cylinder is communicated with the water tank body. The water level and air intake control device of the multiple-bottle water dispenser can simultaneously control the water tank level and the cooling cylinder water level, all of air sucked by water bottles and the cooling cylinder in water discharge is filtered by an air filter, and the air filter and an air communication tube have a function of preventing overflowing. When a user does not abide by the regulations and inserts the water bottles or sealing covers on all of intelligent bases or when the water bottles are damaged, the water level and air intake control device can ensure water of the water dispenser not to overflow.

Description

technical field [0001] The invention relates to the field of water dispensers, in particular to a water level and air intake control device for a multi-bottle water dispenser and a multi-bottle water dispenser. Background technique [0002] A multi-bottle water dispenser refers to a water dispenser with more than one water bottle installed on one water dispenser. It is a new product developed to suit the consumption trend of changing large water bottles to small water bottles. [0003] The water level control of the existing single-bottle water dispenser is realized by the smart seat installed on the water dispenser using the effect of atmospheric pressure. When the water dispenser is equipped with multiple smart seats, due to the limitation of the installation space, it is impossible to place each small water bottle The smart seat of the present invention is all contained in a cold cylinder, has so just produced the control problem of the water level of multi-bottle water d...

AI Technical Summary

Problems solved by technology

[0003] The water level control of the existing single-bottle water dispenser is realized by the smart seat installed on the water dispenser using the effect of atmospheric pressure. When the water dispenser is equipped with multiple smart seats, due to the limitation of the installation space, it is impossible to place each small water bottle The smart seats are all installed in a cold cylinder, so the water level and air intake control problems of multi-bottle water dispensers arise.

Images